Citrus fruit juice extractor



Sept. 20,- 1938. w, Q BR N 2,130,610

CITRUS FRUIT JUICE EXTRACTOR Filed Dec. 2, 1935- Sheets-Sheet 1 Vfi/iz'am 0. Brown Sept. 20, 1938. V WQ RQW 2,130,610

CITRUS FRUIT JUICE EXTRACTOR Filed Deb. 2, 1935 7 Sheets-Sheet 2 GUM/MM) s t. 20, 1938., w, Q BR N I 21,130,610

CITRUS FRUIT JUICE EXTRACTOR Filed Dec. 2, 1935 7 Sheets-Sheet a Y 3mm VW/iz'am 0- firovvn D Spt. 20, 1938 w o BRQWN 2,130,610 cmzus FRUIT JUICE EXTRACTOR Filed Dec; 2, 1935 'r She'ets-Sheet 4 gwm V m-llmm 0; grown W. 0. BROWN minus-FRUIT JuIcE EXTRACTOR aept. 20, 1938.

Filed Dec. 2, 1935 7 Sheets-Sheet 5 3mm VVH/fam 0. firowr? Sept. 20, 1938-, w. 0. BROWN 7 I CITRUS FRUIT JUICE HXTRACTOR Filed Dec. 2. 1935 7 Sheets-Sheet 6 T/Wl/I'am 0. Brown I K Sebt. 1938.

.W. 0. BROWN CITRUS FRUIT JUICE EXTRACTOR Filed Dec. 2, 1935 7 Shet:sSheet 7 mm Q HE.

' gwuwwbom T/V/Wz'am 0- Errol/w Patented Sept. 20, 1938 um'rao STATES PATENT OFFICE 17 Claims.

This invention has to do in a general way with fruit juice extractors and is more particularly related to improvements in machines designed for extractingjuice from citrus fruits on a commercial scale.

It is a primary object of this invention to produce a machine of the class described which is entirely-automatic in its operation and which is effective to slice or halve the fruit and extract the maximum quantity of juice therefrom with the minimum amount of contamination of the juice with tough fibers of the skin or peel.

Pursuant to this general objective, my invention contemplates novel carrying means for supporting the fruit during the reaming or squeezing operation, such means being designed to give a maximum period of contact between the fruit and the reaming element.

It is a further object, of this invention to pro- Wide for use in a machine of the class described an improved carrying cup or receptacle for sup! porting the fruit section, such receptacle being of segmental or hinged construction is adapted to be automatically opened and closed to receive and retain fruit sections therein during the reaming operation and to discharge the peel after the juice has been extracted. ,v

The cup and carrying member contemplated by this invention has the further advantage of being able to pick the halves of fruit sections directly from the slicing blade which reduces to aminimum the amount of handling of the sliced fruit and consequently materially reduces juice losses, my invention therefore further contem plates the combination of. a carrying member embodying receptacles of the class described, associated with a slicing blade in a manner such that. the sliced sections are picked directly from the blade. I 40 In this connection it is a further object of this invention to provide in a general combination of. the class described improved means for slicing the fruit, such means incorporating a conveyor which operates in synchronized relation with the carrying cups and the reaming member and further incorporating. means for positively preventing the cutting of any of the fruit except those which arebeing conveyed in synchronized 50 relation .with the carrying cups.

Still another object of this invention is to provide a machine of the class described which includes novel means for handling the juice extracted from thefruit, such means being designed to prevent the juice contacting the bearings or other moving parts in the operating mechanism of the reaming element.

The details in the construction of a preferred embodiment of my invention together with other, objects attending its production will be best 5 understood from the following description of the accompanying drawings which are chosen for illustrative purposes only and in which:

Fig. 1 is a front elevation of a preferred embodiment of my invention; I 10 Fig. 2 is aside elevation of the machine shown in Fig. 1;

Fig. 3 is an enlarged fragmentary front elevation with parts broken away illustrating details in the construction in a fruit carrying and 15 juice extracting mechanism contemplated by this invention;

Fig. 4 is a plan view which may be considered as having been taken in the direction of the arrow 4 of Fig. 3 and which illustrates the details in the construction of a preferred form of carrying cup contemplated by this invention;

Fig. v5 is an enlarged sectional elevation which maybe considered as having been taken in a plane represented bythe line 5--5 of Fig. 3; 25

Fig. 6 is an enlarged sectional elevation which may be considered as having been taken in a plane represented by the line 66 of Fig. 3 and which illustrates further details in the construction and operation of the fruit carrying cup contemplated by this invention;

Fig.7 is'an enlarged fragmentary sectional elevation taken in a plane represented by the line 1-1 of Fig. 2;

Fig. 8 is an enlarged sectional elevation taken in a plane represented by the line BB of Fig. '2';

Fig. 9 is an enlarged fragmentary sectional elevation taken in a plane represented by the line 9-9 of Fig.1;

Fig. 10 is an enlarged fragmentary sectional 40 elevation taken in a-plane represented by the line' iii-50 of Fig. 2;

Fig. 11 is a sectional elevation taken along the line H-H of Fig. 10.

Referring now to Figs. 1 and 2 of the drawings,

I will first describe the general construction and operation of the machine contemplated by this invention, after which I will discuss the details in the construction and operation of the difi'erent elements which go to make up the combination. Reference numeral H indicates a frame'which has a rearwardly inclined superstructure t2. At 7 the rear portion of the superstructure 12,1 provide a curved hopper l3 into which fruit is and from which the fruit is adapted to be individually conducted through the medium of a conveyor member generally indicated by reference numeral I4 which travels through the bottom portion of the hopper.

This conveyor member I4 is equipped with a plurality of pocket pieces l5v which are shaped so as to carry an individual fruit and the conveyor is operated so that the fruit is drawn upwardly along the incline of the superstructure beneath the lower inclined edge of a verticalblade member I1. The blade member I1 is supported on top of the superstructure l2 through the medium of brackets or braces I8, the cutting edge of the blade being so correlated with the path of the cups that by the time the conveyor reaches a point at which it turns for the return lap in its course, the fruit has'been completely cut in half.

v It will be observed from Fig. 2 that the blade H has a forwardly and downwardly extending nose l3 along which the halves or sections of fruit travel toward a dividing plate 20 which is best illustrated in Fig. 1. This dividing plate terminates at its lower end in a pair of outwardly flared plates 2| and 2|.

As the fruit sections are conducted downwardly along the nose portion IQ of the blade on to the dividing plate 20, the pockets which have carried the fruit sections to this point start rear-. wardly on the return portion of their course of travel and immediately as these pockets start to leave the fruit on the blade or dividing plate, the

cut fruit sections are picked up by cups or receptacles 22 and 22' which are mounted on the carrying units 23 and 23' positioned on opposite sides of the blade and carrying plate.

The carrying units 23. and 23 are arranged so that the course of travel of the cups 22- and 22' thereon move in paths which are tangent to the blade and dividing plate, and the carrying unit and conveyor above referred to are operated in synchronism so that the cups and pockets ap-,- proach each other on the blade or dividing plate. in timed relation with each other and in a manner such that the fruit sections deposited on the blade by the pockets are picked up immediately by the cups. The region at which the cups receive the fruit sections from the blade will be hereinafter referred to as the "delivery region.

It is an important feature of this invention that the cups on the carrying members 23 and 23' are of a segmental-or hinged construction 50 that they can be opened and closed upon the fruit sections and opened again to discharge the peel therefrom, also that the carrying units are made of a flexible nature so that by means of 7 suitable guides they can" be shaped to follow any predetermined course to give the desired reaming action within the fruit sections. The details in these structures, however, will be described more completely later in the specification. Suf-' fice it to say at this time, that the carrying members or units are operated so as to move the cups in the general direction of the arrows A and A in Fig. l and as the cups leave the dividing plates 2| and 2|, they move into juxtaposed relation with reaming members generally indicated by reference numerals 25 and 25'.

These reaming members in this form of my invention consist of radially disposed spindles 26 which are mounted in wheels 21, the wheels being operated in-synchronism with the carrying members 23 and 23' and arranged so that the spindles enter and leave the cups to squeeze the juice from the fruit contained therein as the cups are conducted along the lower course of their travel by the carrying members 23 and 23.

As the cups and reaming members separate from each other, the cups contain merely the peel of the fruit and at a point beyond the region of separation between the cups and the reaming.

Reference numeral 30 indicates a motor or other suitable source of power whichais mounted upon a cross frame 3i in the main frame structure ll. shaft 32 to which a pinion gear 33 and asprocket wheel 34 are keyed.

As is best illustrated in Figs. 1 and 2, the pinion I gear 33 is in mesh with a large gear 36 which in turn is in mesh with an identical gear 36', such gears being used to drive the reaming wheel, will be referred to as reaming wheel drive 'gears. The reaming wheel drive gears 36 and 36' are keyed to shafts 31 and 31' which in turn are journaled in bearings 38, and 39 mounted in the front portion of the mainframe I l and in an upright auxiliary frame 40 respectively. These shafts 31 and 31 extend forwardly of the main frame H a substantial distance so as to provide a support for the wheels'2'l and 21", such wheels being provided with hubs 42 which are keyed to the forrwardly extending ends of the shafts.

As will appear from Fig. 5, the wheels 21 and is formed with an inwardly extending annular flange 43 which is\provided with bearing openings 44 such openings constituting the support for the inner ends of the reaming spindles 26. The portion of the spindle 25 between the flange 43 and the main flange 45 of thewheel 21 is provided with a beveled pinion 41 which is in mesh with The motor 30 is provided with a drive a beveled gear 48 such gear being keyed to a sleeve 49' which is rotatably mounted -upon the shaft 31. The wheel is shown as being provided with a cover plate 50.

I The sleeves 49 on the two shafts 31' and 31 are formed with sprocket wheels 52 and 52' on their inner ends, such sprocket wheels being en-' gage'd by a sprocket chain 53 which is driven from the sprocket wheel 34 on the end of the main drive shaft 32. It will thus be seen that the large gears 36 and 36 make for a material reduction in speed between the main drive shaft 32 and the reaming wheel drive shaft 31, whereas the sleeve 49 with its associated driving mechanism is effective to operate the beveledpinions 41 and theiras'sociated reaming spindles 26 at a relatively high. velocity. It will also be seen that since the gears 36 and 36' are the same size and are in mesh with each other they will be rotated in the direction of the arrows B and B of Fig. l at the same angular velocity.

Each of the reaming spindles 26 is provided at its outer. end with a burr 58 which is adapted to enter the fruit in the general manner discussed above and extract the juice therefrom. Although various means maybe employed to receive and collect the Juice so extracted, it is one object of this invention to provide a novel form of juice catching and recovering means which will prevent the juice getting on to the moving parts of the machine and setting up corrosive action in the bearings. This objective is accomplished by rigidly mounting on each of the spindles 26, below the reamer 58, a bowl member 59 which is of substantially greater diameter than the carrying cup 22 and which may be formed of any non-corrosive material.

In the event the machine is tobe used for extracting juice from fruit of diiferent sizes such as oranges and grapefruit, I consider it an advantage to make the bowl 59 of a flexible material such as rubber so that the edge of the bowl will snap under the protruding edge of a large fruit section as the cup and bowl approach their juxtaposed relation with each other. For the purpose of receiving'the juice from the bowls as they approach theirv inverted position I provide the frame with a trough member generally'indicated, by reference numeral 60 such trough member having a drain spout 6| at its midportion from which the juice may be delivered into suitable containers or' into a suitable conduit (notshown) i It was previously pointed out as one of the objects of this invention to provide a machine of the class described with a carrying member for supporting the fruit sections during the reaming operation which was constructed and operated in a manner suchthat a maximum time of contact is obtained between the individual reaming members and the individual fruit sections, the

,use of reaming burrs with shallow flanges so that the juice is removed with a squeezing rather than a cuttingeffect. This materially reduces the amount of coarse fibers and pulp in the extracted juice. 4

I obtain this objective by employing a carrying member of flexible construction which in this formof my invention is shown as comprising apair of endless sprocket chains 65-and 66 which are carried between two sets or pairs of sprocket wheels 61 and 68 such sets of wheels being mounted in spaced relation with each other on shafts I and II. The shafts Ill and II are journaled in bearings 90 and ill on the frame member as is best illustrated in Fig. 2.' It will be understood that there is'a set of these shafts for each of the carrying members 23 and 23', such carrying members being identical in construction, the same reference numerals will be used to designate the different parts of each.-

The inner end of the lower shaft 10 is pro-' vided with a gear 95 which is in mesh with thecorresponding gear 36 or 36' depending on which side of the machine the particular shaft 'I0 is located. In this way it will be seen that the carrying members are driven through the same medium which drives the reaming members so that the carrying members and the reaming wheels operate in synchronized relation with.

each other. A

Mounted between the two shafts l0 and II and supported thereon or otherwise supported on the frame structure I provide what may be termed a guide .and cam supporting bar generally indicated by reference numeral 96. This bar 96 has depending flanges 91 situated in planes adjacent the planes of the sprocket chains 65 and 66. Secured to each of these flanges 91 through the medium of bosses 98 and bolts 98' are track members indicated generally by reference numeral 99. These track members have grooves or tracks I00 through which the lower runs of the chains 65 and 66 travel in concave relation with the path of the squeezing reamers. In other words, the tracks are shaped along an are which is tangent to a section ofthe path traversed by the reaming members 25 as they enter and leave the cups 22. It will be observed that the radius of the arc of the guide is slightly greater than the radius of the path of the reaming members. Also that the center of this are is offset from the center of said reaming wheel, but for the purpose of description and definition herein, the arc of the track will be referred to as being substantially parallel to a peripheral section of the reaming wheel.

The cups 22 in this form of my invention are carried by what I may term base plates I05. These base plates, as indicated in Fig. are shown as being formed in two sections W511 and Ili5b,

' such sections being secured together by means of screws I06. The lowermost section Ill5a is provided at one end with a longitudinal passage I01 through which a pin I08 extends. \The pin I08 has its ends supported by the two chains 65 and 66., The otherlend of the bottom base plate section Iil5a is shown as being undercut as indicated at H0 so as to leave a-sl'otfor the reception of a similar pin M8 which supports the other end of the base plate member. In this way the base plates are positively supported and moved by the two carrying chains, the slot formed by the undercut III) accommodating for the arc of the curve through which the carrying member travels in moving over the two sets of sprocket wheels which support the. chains. I

The top section I051) of the base plate member is provided with vertical flanges H2 and M2 on the ends thereof such flanges being provided with 'apertures in their sides to receive and'support tion and clamping of fruit sections therein and also to permit the discharge of fruit peel therefrom. As has beenpreviously indicated the cup is of hinged construction and I prefer to form the same of a resilient material such as rubber.

The preferred form of cup contemplated by this invention consists of a rubber block which is provided with a recess in its upper portion to form a cup indicated by reference numeral I20.

The inner surface of this cup may be scored as indicated at I2I and in order to 'obtain the resilient hinged or segmental construction the cup is split downwardly'from its top as indicated at I22 to a,point near its bottom the split in this form. of my invention being located in a medial plane between the two pivot pins I I 4 and Ill.

In other words the block which forms the segmental cup disclosed herein is pivotally secured -to the base plateion opposite sides of the medial As indicated in plane along which it is split. the drawings it is preferable that the split or driving line of the cup be in the plane of travel of the carrying member, although variations in the position-of the splits and the number of sections formed thereby may be made without departing from the scope of this invention.

With. this construction it will be seen that when pressure is applied to the mdportion of the base of the cup between the two axes II4 and 4' on which it is supported the central portion of the block will beraised and during the elevation thereof the two split sections will be spread apart in the manner indicated in Fig. 6 and in order that the cup may be effective to accommodate itself to fruit of various sizes, I prefer to make the cup opening more or less oval or elliptical in cross section as indicated in Fig; 4. Various types of plunger means-maybe employed to automatically apply the pressure above referred to to the bottom portion of the cup and in theparticular type of carrying unit chosen forpurpose of illustration herein, I havefound it advantageous to form the plunger member in the natiire of a bell crank m which as illustrated in Fig. 1 is pivoted in a cutout portion I25 in the base plate on the forward cross pin I00,

" dividing plate I0 and so as to advanceover fruit sections which have been deposited on such blade or dividing ,plate and also that the cups be permitted to close upon such fruit sections before they leave the dividing plate-or its extension 2I or ii; In view ofthe resilient char-.

acter of the cups in this form fof my invention, they will automatically close from an open position after the pressure applied to thefbottom;

thereof is released, so it is only necessary to apply pressure to the bottom'portion of the cups over that region in their path during are to be in open position. 4

In this form'of my invention the actuation of the hinged cups is accomplished by the provision of a stationary cam member I30 which is shown as being mounted upon the end of the bar- 96 adjacent the region at which the cups turn and advance toward the blade and dividing plate I9 and 20. The cam I30 is arranged so as to be engaged by the bell finger or hell plunger member Iiorclng the plunger member upwardly to open thecup as it advances to a mum which the synchronized operationof the conveyor member has deposited a. fruit section to be picked up. As illustratedin Fig. 1- the path of the cup travels down tangentially with the'plate member advancing over such fruit section and moving the same downward along the dividing plate. The face of the cam I is, as indicated in Fig. 3 provided with a sharp nose I3I which permits the freedom of the plunger member so that the resiliency of the cup automatically closes the associated members 2i and 2].

As the carrying member continues in its operafruit section moves .tion the cup carrying the in timed relation with :a cooperating spindle on the reaming member so that they are brought into juxtaposed relation with each other, the reamer squeezing the juice from the fruit section contained in the cup and leaving the cup just prior to the point ,at whichthe carrying member starts to be carried up over the second set of-sprocket wheels which are carried by the shaft I0.

At this point all of the juice has been extracted from the rind and I provide here a second cam member indicatedby reference numeral I34 over which the plunger member rides toapply pressure to the bottom. of the cup-and open the same to discharge the. peel therefrom. The cup is then and. is adapted to work through an aperture I21 which they ready for therecep'tion' of another fruit section to be extracted. It will be understood from an examination of Fig. 3 that if desired the elevated Dortionpf the cam I34 may be carried clear up to and include the elevated portion ofthe cam I50 so that the cups remain open until they ride over the nose'l3l to close upon the next fruit section. In order to reduce the frictional resistance of the machine to a minimum, however, I prefer to empioyitwo-ca'ms as shown in the drawings.

Reference will now be made to Figs. 1, 2 and 9 to 11 inclusive for a more detailed description of the conveyor and cutting mechanism which prepares and delivers the fruit sections for'reception in the cups of the carrying member;

The superstructure I! in this form of my invention is shown as comprising a pair of oppositely disposed plate members I40 and I40. The conveyor I4 which carries the pocket members I 5 able bearing members I41 and I 40 which are in turn supported by the plate members I40 and I40. This conveyor assembly is driven in synchronized'relation with the carrying units which in turn are operated in synchronized relation with the reaming members through the medium of a shaft I which is connected throughv a universal '..joint ISI with a projection I52 on the shaft II.

The shaft I50 is connected through a universal joint I54 with a gear box I55 which drives the shaft I44. a

=; The pocket members I5 as is best illustrated in Figs.8 to 10 inclusive are formed in two set: 'tions I5a and I5b interconnected by aflange-ISG which extends between downwardly extending bosses I51 on the bottoms of the adjacent sections.

-In other words, these pocket members may be thought of as being divided along a medial line so that the lowermost supportingsurface I50 therein will, as the pockets pass along the blade, follow through a plane above the lower edgeof the blade.

In this way the fruit contained in the pockets is completely sliced in'half by the blade member. One purpose ,of constructing the superstructure so that theconveyor operates up an inclined plane from the hopper to the blade is to prevent fruit rolling under the blade and being cut before it is properly retained in one of the pockets. In

- view of this inclined structure, however, it is important that some means for agitating the fruit in the hopper be provided so asto insure the fruit being received in the successive pockets as they travel along through the bottom portion, of the hopper. For the purpose of effecting this agitation I provide an agitator bar I which is pivoted to the frame as indicated at Iii and which is swung up and down through a slight angle in a slot I52 provided in the bottom of the hopper.

This agitator bar is shown as having a rearwardly extending projection I64 provided with a bifurcated end I65 which works over a projection I66 of a frame brace I51. This last mentioned construction provides a guide for the agitator bar so that it' will always work in proper v alignment-withthe slot I52.

For the purpose of effecting the movement of the agitator bar I show the guide arm I54 as extending rearwardly over the shaft I44 and I provide such shaft with a cam member I60 adapted to engage and rock the member I54. Since there'sometimes happens, in the event the hopper I3 is overloaded, that fruit may be come lodged on the conveyor member between the successive pockets thereon, and in order to prevent the premature cutting of such fruit, I provide as an additionalfeature of this machine means for expelling such fruit from the conveyor member before it reaches a position at which it will be engaged by the blade or knife. For the purpose of accomplishing this objective, I mount a star wheel I10 on one of the plates I40 such star wheel being supported on an angularly disposed bearing pin HI. This star wheel has .a plurality of elongated fingers I'I2 which extend into the spaces between the successive cups and which are moved by the cups so as to advance well up into the space therebetween and thereby force any fruit contained between the cups from the conveyor platform. Any fruit so ejected is received in a trough member I14 which dischargesinto a suitable receptacle or conveyor at the rear of the machine.

.It is believed that the operation of the machine isclearly apparent from the general description appearing in the earlypart of the specification and it is to be understood that while I have herein described and illustrated one preferred embodiment of my invention that the invention isnot limited to the precise construction described above, but includes within its scope whatever changes may come within the spirit of the appended claims.

I claim as my invention:

1. In a citrus fruit juice extractor, the combination of: a carrier adapted to travel through a predetermined path; a plurality of cups formed of resilient material and split on opposite sides to form a hinged structure mounted on said car-' rier; means associated with said carrier for applying pressure. to the midportion inthe bottom of said cups thereby spreading the sides of said cups to open said hinge structure; vmeans for delivering fruit sections into the path. of said cups at one region thereof; means for momentarily actuating said'pressure applying means while said cups are in said delivery region to open said cups for the reception of fruit sections therein; means for actuating said pressure applying means'at a second spaced point in said path-of travelto open said cups and discharge fruit peels therefrom; and reaming means adapted to enter and leave said-cups between said delivery and discharge points for extracting juice from fruit sections containedtherein. A

2. For use in a-fruit juice extractor or the like, a-carrying member comprising: a block of resilient material having a recess in its top forming a cup; said block being split downwardly from its top to a point near its bottom; means supporting the bottom of said cup on opposite sides of said split; and. means for applying pressure to the bottom of said block between said supports to elevate the center of said'block with respect to the supported edges thereby opening said-cups 3. For use ina fruit juice extractor or the like, I. carrying membercomprising: a block of resil-.

lent material having a recess in its top forming I. cup, said block being split downwardly from Its top to a point near itsbottom; a base plate forming a support for saidblock; pivot pins mounted in said base plate and extending through the bottom of said'block on opposite uses ofsaid split; and plunger means adapted to work through-an opening in saidbase plate for applying pressure to the bottom of said block between said pivot pins whereby said cup is opened.

4. For use in a fruit juice extractor or the like, a carrying member comprising: a block of resilient material having a recess in its top forming a cup, said blockbeing split downwardly from its top to a point near its bottom; a base plate forming a support for said block; pivot pins mounted in said base plate and extending through the bottom of said block on opposite sides of said split; and a bell finger pivotally mounted on the underside of said base plate and adapted to work through an opening in said base plate for applying pressure to the bottom of said block between said -pivotpins whereby said cup is opened.

5. For use in a fruit juice extractor or the like, the combination of: two pairs of sprocket wheels;

relation with each other; two parallel endless chains supported by corresponding wheels in said pairs; a pair of spaced parallel pins having their ends supported in said chains; a base plate having a pivotal connection with one of said pins means supporting said pairs of wheels in spaced and a slotted connection with the other of said pins; 2. block of resilient material having a recess in its top forming a cup, said block being split downwardly from its top to a point near its bottom; means for pivotally securing the bottom of said block to said base plate on opposite sides of said split; plunger means adapted to work through an opening in said base plate for applying pressure to the bottom of said block to 'open said cup; means for driving said sprocket wheels and said chains; and a cam positioned in the path of travel of said plunger means for imparting a cup opening movement-thereto.

' 6. For use in a fruit juice extractor or the like,

the combination of: two pairs of sprocket wheels;

means supporting said pairs of wheels in spaced relation with each other; two parallel endless chains supported by corresponding wheels in said pairs; a base plate mounted between said chains;

a block of resilient material having a recess in its top forming a cup, said block being split downwardly from its top to a point near its bottom; means for pivotally securing the bottom of said block to said base plate on opposite sides of said split; plunger means adapted to work through an opening in said base plate for applying pressure to the bottom of said block to open said cup; means for driving said sprocket wheels and said chains; and a cam positioned in the path of travel of said plunger means for imparting a cup opening movement thereto.

7. In a citrus fruit juice extractor, the combination of: a carrier adapted to travel through a predetermined path; a plurality of hinged cups mountedon said carrier; means for driving said carrier; means for delivering fruit sections into said cups at one region of said path; means for opening said cups to discharge fruit peels therefrom at a second region of said path, said carrier being arranged and operated so that said cups travel in any inverted position between said delivery and discharge regions; and reaming means adapted to enter and leave said cups while they are in such inverted position for extracting the juice from the fruit sections contained therein,

said 'reamingmeans comprising a rotatable spin-- die, a burr on the end of said spindle, and abowl of greater diameter than said cups rigidly mounted on said spindle and surrounding said burr.

B. In a citrus 'fruit juice extractor, the combination of: a carrier adapted to travel through a predetermined path a. plurality of hinged cups mounted on said carrier; means for driving said carrier; means for delivering fruit sections into ''-said" carrier and said wheel.

said cups at one region of .said path; means for opening said cups to discharge i'ruit peels therefrom at a second region of said path, said carrier being arranged and operated so' that said cups travel in an inverted position between said delivery and discharge' regions; and reaming means adapted to enter and leave said cups while they are in such inverted position for extracting the juice from fruit sections contained therein,

said reaming means comprising a rotatable spindle, a burr on the end of said spindle, and a bowl formed of flexible material and of greater diameter than said cups rigidly mounted on said spindle and surrounding said burr.

9. In a citrus fruit juice extractor, the combination of: a carrier adapted to travel through a predetermined path; a plurality of hinged cups mounted on said carrier; means for driving said carrier; means for delivering fruit sections into said cups at one region of said path; means for spindle; means for movably supporting said' spindle, means for driving said spindle support in timed relation with said carrier, means for revolving said spindle, a reaming burr on the end of said spindle, and a bowl of greater diam eter than saidcup rigidly mounted on said spindle and surrounding said burr. 10. In a citrus fruit juice extractor, the com bination of: a wheel; means for supporting said wheel; a plurality of outwardly extending reamers rotatably mounted on said wheel; a flexible carrying member; guide means supporting said carrying member in substantially" tangent relation with the path of the reamers on said wheel; a plurality of. cups mounted on said carrying member and adapted to contain sections of fruit to be extracted; means for driving said carrying member and said wheel in timed relation with each other; and means for revolving said reamers, the respective cups and reamers being arranged so as to be brought into juxtaposed relation with each other in the region of tangency between said wheel and said carrying member.

11. In a citrus fruit juice extractor the combination of: a wheel; means for supporting said wheel; a plurality of outwardly extending reamers rotatably mounted on said wheel; a flexible carrying member arcuate guide means supporting aportion of said carrier in substantially parallel relation with a segment or said wheel and in substantially parallel relation with a section. of

the path of'the reamers on said wheel; a plurality of cups mounted on said carrying member and adapted. to-contain sections of fruit to be extracted; 'meansior driving said carrying member and said wheel in timed relation with'ea'ch other; and means for revolving said reamers, said cups and said reamers being arranged so'that each successive cup is brought-into juxtaposed relation with a corresponding reamer in .the region of substantial parallel relation between 12. In a fruit juice extractor, the combination of: a frame; a vertical blade within inclined lowerjedge mounted in said .irame; conveyor means mounted below said'blade in parallel relation therewith; a plurality orpocket members in said conveyor adapted to contain fruit to behalved; said pocket membersbeing so mounted that they are centrally traversed by said blade during operation of the conveyor to thereby halve the fruit; hopper means onsaid frame for deliveririgfruit into said pockets; a carrying member mounted in said irame on each side of said blade extending laterally therefrom; cups on said carrying members adapted to pick'h'alved fruit from said blade; means for driving said carrying members; reaming-means adapted'to enter said cups as they leave saidblade -tor extracting juice from the halved fruit contained therein; and means for operating said conveyor, said carrying members, and said reaming means in synchronized relation with each other.

. 13. Ina fruit juice extractor, the combination oir a frame; a vertical blade with an inclined lower edge mounted in said frame; conveyor means mounted below said blade in parailelrelae tion therewith; a plurality of pocket members. in said conveyor adapted w'ecnmn fruit to be halved; said pocket members'heing so mounted that they are centrally traversed by said blade during operation of the conveyor to thereby halve the fruit; hopper meanson -saidirame for delivering fruit into "scurrying member mounted inssid ir'amc' on slde'or said blade extending laterally therefrom; cups oii said carrying members adapted-to. pick halved iruit from said -blad'e; means tor: driving me aming members; reaming means adapted to enter said cups es-they leave said blade-roiextractin Juice from the halved finit -contained therein; and' means for operating Fsaidconveyor, said carrying members, and sidzi'eamingi'ineans in synchronized relation v'vith'each othcnba'id conveyor pockets being divided along afmediaif line so that the'bottom suppbrting thereof pass in a plane above the lowermostedge of said blade.

14. In a fruit Juice extractor, combination on. frame; a vertical blade with lower edge" mounted in said i'raiii e;, .ebiiveyor means mounted below saidwblc'de relation therewith; a pluralityoi in said conveyor adapted to f fruit; be halved; sald poek'et members so maimed that they a're centrally traversedby said blade durin Operation of the conveyor tothereby halve the fruit; hopper means "I'o'rjdeiivering fruit into said pockets;"a"carryink-member mounted in 'said frame on each siiifltigsaid blade; cups 'on said carrying to pail; halved ,rruit; from and time: meahs'sdapted to enter'j sdld inner leave said blade for extracting juice from the fruit-Contained therein; for operatin'g'haid conveyor, said carrying membeis; s'ndshid reaming means iii-synchronized relation {with eiliih' other and a star wheel in' said'firsme adjacent said conveyor-"and having projections adapted to move into the successive said conveyor between said pockets for dislodging imit-supportedoutside oi said-pockets.

15. In it 'iruitpiuice- :v a carrier provided with receptacles to receive s'ndsupport fruit; a series oi revolnbie members adapted to'e'nter said receptacles to squeeaethe Juice irom fruit positioned therein: means tor supporting and moving said revolubie members in a circular path; and means tor supporlnrsoid corner so that a portion ofoi" 'll stantially parallel relation to a section of the path of said revoluble members.-

16. In a. fruit juice extractor: a carrier provided with receptacles adapted to receive and support fruit; a plurality of reamers adapted to enter 7 said receptacles to extract juice from the fruit positioned therein; means for supporting and moving said reamers' in a circular path: and means for supporting said carrier so that a portion of its path of travel is on an arcuate portion of a circle having its center on the same side of the carrier as the reamers are located.

17. In a fruit juice extractortaflexible carrier provided with receptacles adapted to receive and support fruit; a plurality of reamers adapted to enter said receptacles to extract juice from fruit positioned therein; means for supporting and moving said reamers in a circular path; and means for supporting said carrier so that a portion of its path of travel is on a. curve which 0. BROWN. 

